This book presents the results of a study of the evolutionary history and classification of living birds based on comparisons of the DNAs (genetic material) of about 1700 species. Sibley and Ahlquist's "DNA-DNA hybridization" technqiue is a biochemical method that measures the degree of genetic similarity between the DNAs of different species of other groups of organisms, but this book includes the largest set of DNA comparisons for any group. Divided into two sections, the book first covers the methodology used and then presents the phylogeny and classification of birds based on this method. The latter section provides a chronological survey of the classification of birds since Linnaeus (1758) and details for each group of birds since that time. The history of the classification of each order and family is reviewed, morphological chracters are noted, and evidence of the phylogeny and genetic relationships of each group is given. With 385 figures of DNA melting curves and phylogenetic trees, plus a bibliography, this book should be a valuable resource for ornithologists and other biologists.

nexusstc/Phylogeny & Classification of Birds/8c4705eb874ea8eaf72317e42e7f4da3.pdf

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zlib/Biology and other natural sciences/Biology/Charles G Sibley, Jon E Ahlquist/Phylogeny & Classification of Birds_25066444.pdf

Charles Gald Sibley, Charles G. Sibley, Jon E. Ahlquist

Sibley, Dr. Charles G., Ahlquist, Dr. Jon E.

Charles G. Sibley; Dr. Jon E. Ahlquist

Charles G. Sibley and Jon E. Ahlquist

San Francisco Museum of Modern Art

Brandywine River Museum

Mariners' Museum, The

United States, United States of America

New Haven, Connecticut, 1990

January 23, 1991

7, 19910123

PS, 1991

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producers:
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Includes bibliographical references (p. 871-967) and index.

<div><DIV><P>This new book presents the results of a study of the evolutionary history and classification of living birds based on comparisons on comparisons of the DNAs (genetic material) of about 1700 species. Sibley and Ahlquist’s “DNA-DNA hybridization” technique is a biochemical method that measures the degree of genetic similarity between the DNAs of different species. This method has been applied to studies of other groups of organisms, but this book includes the largest set of DNA comparisons for any group. </P><P> </P><P>The book includes an introduction to the structure and function of DNA, the regulation of genetic information, the factors that determine the rate and extent of the reassociation of DNA fragments and the thermal stability of double-stranded DNA, the organization of the genomes of birds and other organisms, the families of repeated DNA, comparative DNA studies, the technique of DNA hybridization, and the methods used for comparative studies of DNA reassociation and dissociation. Other topics include the tempo of molecular evolution, methods of data analysis, and the factors that affect the rate of genomic evolution. </P><P> </P><P>The sections concerned with the phylogeny and classification of birds provide a chronological survey of the classification of birds since Linnaeus (1758) and details for each group of birds since that time. The history of the classification of each order and family is reviewed morphological characters are noted, and evidence of the phylogeny and genetic relationships of each group is given. With 385 figures of DNA melting curves and phylogenetic trees, plus an extensive bibliography, this book is a valuable resource for ornithologists and other biologists. </P></div></DIV>

Presents the results of thousands of comparisons of the DNAs of about 1,700 species of birds, representing all of the major groups of living birds. Sibley and Ahlquist's DNA-DNA hybridization technique is a biochemical method that measures the degree of genetic similarity between different species. The authors received the Daniel Giraud Elliot Medal in 1988 by the National Academy of Sciences for their work on this book. Annotation copyright Book News, Inc. Portland, Or.

2023-05-14